IoT-enabled health care systems: applications, benefits, and challenges
IoT-enabled health care systems: applications, benefits, and challenges
- Palm Bay Apple Academic Press 2025
- xviii, 238 p.
Table of contents:
Preface
1. Expert Systems for Healthcare
Narendra Kumar, Krishna Kumar, and Indradeo Ram
2. Decentralized Management of Healthcare IoT Devices for Transforming the Future
Minakshi Sehrawat and Deergha Sharma
3. Soldier Strap: An IoT-Based Safety and Security Band for Soldiers
Shubham Verma, Nikhil Sharma, Ila Kaushik, Deepak Kumar Verma, and Manoj Gupta
4. Biosensing: A Promising Approach for Bioanalysis Using IoT
Maya Datt Joshi and Amit Kumar Singh
5. Emerging Use of IoT in Monitoring Pesticide Poisoning in Human Population
Kriti Ahuja and Nishu Goyal
6. Healthcare Systems in India
Narendra Kumar, Krishna Kumar, and Indradeo Ram
7. Internet of Things-Based Advanced Health Monitoring System Using Cloud Platform
Narendra Kumar, Krishna Kumar, and Indradeo Ram
8. Medical Blockchain: A New Way to Regulate Data on the “Block”
J. S. Rauthan, S. K. Verma, Surabhi Lingwal, Banit Negi, Siddarth Ghensal, and Y. S. Chauhan
9. Towards Smart Healthcare with the Internet of Things
Anjum Sheikh Qureshi
10. Application of IoT in Cancer Diagnosis and Treatment
Archana Singh, Waseem Raza, and Shashikant Verma
[https://www.appleacademicpress.com/iot-enabled-healthcare-systems-applications-benefits-and-challenges/9781774916841]
IoT technology for healthcare is a modern innovation that provides reliable and secure use of available resources for serving the healthcare industry. It not only helps improve contact between the community and public healthcare but also significantly lowers healthcare costs and improves treatment outcomes. This book, IoT-Enabled Healthcare Systems: Applications, Benefits, and Challenges, highlights the latest in IoT technology for revolutionizing current healthcare systems.
The book discusses the current state of healthcare systems, focusing on how IoT can make healthcare smarter and more beneficial for people. It details a range of technologies developed for improving healthcare. It proposes such technologies as medical blockchain, safety and security straps for soldiers, biosensing for bioanalyses, pesticide monitoring in humans, and more. It also discusses how the cloud platform can be used for health monitoring systems and the applications of IoT for cancer.
Detailing how healthcare IoT devices can lead to a decentralized management and transform the future of healthcare, this book brings together major advancements in healthcare due to IoT. The book will prove useful for researchers, academicians, doctors, innovators, industry experts, and data scientists working in healthcare, IoT, cloud computing, fog computing, blockchain, and those in related fields.
(https://www.appleacademicpress.com/iot-enabled-healthcare-systems-applications-benefits-and-challenges/9781774916841)
9781774916841
Medica care--Data processing
Medical informatics
Internet of things
610.285 / KUM
Table of contents:
Preface
1. Expert Systems for Healthcare
Narendra Kumar, Krishna Kumar, and Indradeo Ram
2. Decentralized Management of Healthcare IoT Devices for Transforming the Future
Minakshi Sehrawat and Deergha Sharma
3. Soldier Strap: An IoT-Based Safety and Security Band for Soldiers
Shubham Verma, Nikhil Sharma, Ila Kaushik, Deepak Kumar Verma, and Manoj Gupta
4. Biosensing: A Promising Approach for Bioanalysis Using IoT
Maya Datt Joshi and Amit Kumar Singh
5. Emerging Use of IoT in Monitoring Pesticide Poisoning in Human Population
Kriti Ahuja and Nishu Goyal
6. Healthcare Systems in India
Narendra Kumar, Krishna Kumar, and Indradeo Ram
7. Internet of Things-Based Advanced Health Monitoring System Using Cloud Platform
Narendra Kumar, Krishna Kumar, and Indradeo Ram
8. Medical Blockchain: A New Way to Regulate Data on the “Block”
J. S. Rauthan, S. K. Verma, Surabhi Lingwal, Banit Negi, Siddarth Ghensal, and Y. S. Chauhan
9. Towards Smart Healthcare with the Internet of Things
Anjum Sheikh Qureshi
10. Application of IoT in Cancer Diagnosis and Treatment
Archana Singh, Waseem Raza, and Shashikant Verma
[https://www.appleacademicpress.com/iot-enabled-healthcare-systems-applications-benefits-and-challenges/9781774916841]
IoT technology for healthcare is a modern innovation that provides reliable and secure use of available resources for serving the healthcare industry. It not only helps improve contact between the community and public healthcare but also significantly lowers healthcare costs and improves treatment outcomes. This book, IoT-Enabled Healthcare Systems: Applications, Benefits, and Challenges, highlights the latest in IoT technology for revolutionizing current healthcare systems.
The book discusses the current state of healthcare systems, focusing on how IoT can make healthcare smarter and more beneficial for people. It details a range of technologies developed for improving healthcare. It proposes such technologies as medical blockchain, safety and security straps for soldiers, biosensing for bioanalyses, pesticide monitoring in humans, and more. It also discusses how the cloud platform can be used for health monitoring systems and the applications of IoT for cancer.
Detailing how healthcare IoT devices can lead to a decentralized management and transform the future of healthcare, this book brings together major advancements in healthcare due to IoT. The book will prove useful for researchers, academicians, doctors, innovators, industry experts, and data scientists working in healthcare, IoT, cloud computing, fog computing, blockchain, and those in related fields.
(https://www.appleacademicpress.com/iot-enabled-healthcare-systems-applications-benefits-and-challenges/9781774916841)
9781774916841
Medica care--Data processing
Medical informatics
Internet of things
610.285 / KUM